instrumentation data sheets

7/30/2019 Instrumentation Data Sheets

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Sr. No. Units

I General & Process

1 Process Details

Average flow

Peak Factor

Peak FlowRaw sewage BOD5 at 20 c

Raw sewage TSS

Treated sewage BOD

Treated sewage TSS

2

Total Head loss (m) in STP (from stilling chamber of STP to

Chlorine Contact Tank)

3 Total land area (hectare) proposed for STP

II Raw Sewage Pumping Station

(a) Receiving Chamber

1 Design Peak Flow

2 No of Units

3 Detention Period

4 Liquid Depth (m)

5 Length (m)

6 Width (m)

7 Water Level (m)

(b) Coarse Screen Channels

1 Design Peak Flow

2 No. of Units (working + stand by)

3 Clear Spacing Through bars

4 Width of Channel (m)

5 Length of Channel (m)

6 Liquid Depth (m)

7 Upstream Water Level (m)

8 Downstream Water Level (m)

9 Head Loss (mm)

(d) Wet Well Pump House

(i) Wet Well Pump House

1 Design Peak Flow

2 No of Units

3 Detention Period

4 Liquid Depth (m)

5 Length (m)

6 Width (m)


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7 Water Level (m)

(ii) Pump House

Size (m*m)

Height (m)

Sewage Treatment PlantStilling Chamber

As required

Number

Retention Time

Material of Construction

Free Board, mm

Top

Steps in Chamber/Sump

Bar Screens (fine)

As required

Number

Type

Average Flow

Peak Factor

Velocity at Peak Flow Manual Screen

Bar Size (Manual)

Bar Size (Mechanical)

Clear Spacing (Mechanical)Material of Construction

Size of channels

Width,m (Manual)

Length,m

Liquid Depth (m)

Free Board, mm

Screen

Manual Screen

Clear Spacing (Manual)



Bar Size (Manual)

Make Manual

Mechanical Screen

Clear Spacing (Manual)



Bar Size (Manual)

Make Mechanical


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Screen Conveyor to be Provide

Mechanical Grit Separator

As required

Number

TypeSize of Grit

Specific Gravity of Grit

Retention Time (Peak flow)


Size

Free Board, mm

Velocity Control Device

SBR Basins with Biological selector zone

As required

System Proposed

Design Flow

Inlet BOD (mg/lit)

Inlet SS (mg/lit)

Outlet BOD (mg/lit)

Outlet SS (mg/lit)

Free Board, mm

No of SBR Tanks (basin)

Tank Material of Construction

Hydrolic Retention timeDetails of Basins

Length/breadth/ of each basin

Side Water Depth (m)

Volume of each basin

MLSS (mg/lit)

Oxygen Uptake Rate (OUR) Control Proved yes/No-nos

PLC and SCADA provided

Aeration System / Diffusers

Type

Material of Diffuser

Dia and Length of each Diffuser

Air Flow through each diffuser (Nm3/hr)

Total nos of Diffuser

Make

Air Blowers

Air Required (m3/hr)

Type of AIR Blowers

Make

No of Blowers


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Capacity of Blower (Nm3/hr)

Head of Blower (kg/cm2)

Blower RPM/ Aerator RPM

Motor Rating (in kw)

Decanting Mechanism

Decanting Rate of Treated Sewage (m3/hr)

TypeSpeed

Decanting Capacity of each Decanter (MLD)

No of Decanters per Basin (No)

Operating hrs of each decanter hrs


No of decanters with VFD operation (No)


Instrument for Air Measurement

Type

Nos

Make

Instrument Pressure indicator

Type

Nos of Pressure

Make of Pressure Guage

Disinfection

As required

Disinfectant

Chlorine Dosage Required

Type

Total Chlorine Required

Chlorine shed and neutra pit size

Material of Construction of chlorination shed and neutra pit

Contact Tank

Retention Time, min.

Size- Chlorine Contact Tank

As required

Numbers

Width / Diameter, m

Length, m

Liquid Depth, m

Free Board, mm


Chlorine Contact Arrangement


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Chlorine Tonners

Booster Pumps- Gas Chlorination

As required

Numbers

TypeCapacity

Head


Make of Pump

Instruments- Pressure Indicator

Type

No of Pressure Guage


Sludge Sump

As required

Dry Sludge Quantity

Specific Gravity of Sludge

Solid consistency in Sludge

Volume of Sludge

Retention Time, hours

Size-Sump

Quantity

Length, m

Width, mLiquid Depth, m

Free Depth, m


Mixing in Sump

Type

Mixing Requirment, m3/hr/m3

Liquid Depth, m

Air Grid Material of Construction

Sludge sum Air Blowers

Type of air blower

Make

No of working blowers

No of stand by blowers

Capacity of blowers (Nm3/hr)

Head of Blower (kg/cm2)


Return Sludge Pump


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As required

Numbers

Type

Capacity

Head


Solid SizeMotor Rating (in kw)

Make of Pump

Surplus Activated Sludge Pump

As required

Numbers

Type

Capacity

Head


Solid Size


Make of Pump

Centrifuge Feed Pumps

Pumps

As required

Numbers

Type

CapacityHead


Make of Pump

Instruments- Pressure Indicator

Type

No of Pressure Guage


Sludge Dewatering Equipment

Type

As required

Total Sludge (Dry basis)

Working hrs/day

Nos.

Sludge Consistency

Sludge Volume

Solids Loading

Dewatered Sludge Consistency

Dewatered Sludge Quantity


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Centrate Quantity


Make

Dewatering Polyelectrolyte Dosing System

As requiredQuantityb of Polymer

Chemical Solution %

Volume of Chemical Solution

Service time, hrs

No of Tank

Numbers

Length, m

Width, m

Liquid Depth, m

Free Depth, m


A Mixer- Dewatering Polyelectrolyte Dosing Tank

As required

Numbers

Type

Capacity


Make of Mixer

B Dewatering Polyelectrolyte Dosing Tank

As required

Numbers

Type

Capacity


Make of Pump

Raw Sewage Submersible Pumps

As required

Numbers

Type

Capacity


Casing

Impeller

Shaft


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Bearing

Solid Size


Make of Pump

Diesel Generating Set

As required

Numbers

Capacity

Type

Make of Alternator

Make of Engine

Type of Supply


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Details to be furnished by the bidder


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As proposed by Bidder



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Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify


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Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to SpecifyBidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify

Bidder to Specify


free chlorine

Bidder to Specify in mg/lit to achive totalColiform count as required

Gas chlorination-chlorination with safety

equipment like canister mask, gloves,

goggles, safety shower, emergency repair

kit ect.


1


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Bidder to Specify (W+S)

Bidder to Specify

Bidder to Specify



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Bidder to Specify

Bidder to Specify

Bidder to Specify



Bidder to Specify

Bidder to Specify

Bidder to Specify



Bidder to Specify

Bidder to SpecifyBidder to Specify

Solid Bowl Centrifuge



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Chemical Dosing

Chlorine Dosing for Coliform Removal to meet as per design

Dose Point

Chemical Proposed to be

Used Dose in mg/l Purity, %

At the inlet of Chlorinecontact Tank Gas Chlorine * *

At the Inlet of Centrifuge Dewatering Polyelectrolyte

*-Bidder to Specify

Sheds & Buildings

Room for Blowers Bidder to Specify

Building for Administration

& Laboratory MCC Panel

Room with Toilet Min. 200 m2

Sludge Pump and Pump

House Bidder to Specify

Centrifuge Shed Bidder to Specify

MCC Panel room/ L.t. room/

H.T. room Bidder to Specify

Note: As space available for Treatment plant and sewage pumping station is limited, some of the u


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Quantity in kg/d

Chemical Solution Required per

annum

* *

nits mentioned above may be accommodateed in double story building.


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1 Safety Equipment Details to be Furnished by the bidder

Air Breathing Apparatus

Instant Action Resuscitator

Safety Cloths

Gas Fronted Cabinet

Emergency Shower with Eye Wash Fountain

Emergency Repair kit for TonnerResidual Chlorine Test kit

2 Others

Trunnions/Roller Support

Suspended Weigh Scale

Lifting Beam for toner

3 Leak Absorption System

3.1 Half Hood

Make

Size

MOC

Quantity (Nos.)

3.2 Caustic Solution Tank

Make

Size

MOC

Quantity (Nos.)

3.3 Caustic Solution Pump

Make

Type

Capacity

Head (m)MOC

Casing

Impeller

Shaft

Drive Details:

Make

Type

Rating

3.4 Air Blower

Make

Type

Capacity

Head (m)

MOC

Quantity (Nos.)

Casing

Impeller

Shaft

Drive Details:


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Make

Type

Rating

3.5 Diffuser

Make

Size/Rating

MOCRating

Quantity (Nos.)

3.6 Caustic Solutin Piping

3.6.1 Ball Valve

Size

MOC

End Connection

Quantity (Nos.)

3.6.2 Non Return Valve

Size

MOC

End Connection

Quantity (Nos.)

3.6.3 Y-strainer

Size

MOC

End Connection

Quantity (Nos.)

3.6.4 Pressure Gauge

Make

RangeType

End Connection

Quantity (Nos.)

Piping & Valve Schedual

The bidder to fill in the following pipeline schedual-without the pipeline schedual the bid shall be co

Pipe & Fittings

From To


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Valves

Application Type/Code


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sidered as non-responsive. Use additional sheets if required.

Type/Code Material of Construction Remarks


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Material of Construction Remarks


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Instrumentation Schedual

DATA SHEETS FOR INSTRUMENTATION

Sl. No. DESCRIPTION VALVE

A PRESSURE GAUGE

1 GENERALa Tag No.

b Quantity

c Service

d Type

e Range

f Pressure (Nor./Max.) kg/cm2g

g Temprature (Nor./Max.) OC

h Case Material

i Bezel Gasket

j Zero Adjustment

k Window Material

l Accuracy

m Below Out Protection

n Over Range Protection

2 DIAL

a Size

b Color

3 ELEMENT

a Sensor

b Sensor Material

c Movement Material4 CONNECTION

a Gauge end connection

b Connection Location

c Process Connection

d Rating Connection

5 ACESSORIES

a Snubber/Syphon

b Snubber/Syphon conn.

c Snubber/Syphon material

6 DIAPHRAGM SEAL

a Primary Element

b Primary Element Material

c Other Wetted Part

d Upper Body Material

e Lower Body Material

f Seal Fluid

7 REMARKS

a Enclosure Protection

b Mounting


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c Area Classification

d Ambient Temp.

B LEVEL SWITCH

1 GENERAL

a Tag no.

b Quantity

c Serviced Measuring Range

e Mounting

2 ENLOSURE PROTECTION

a Enclosure Protection

b Enclosure Protection Material

c Conn. Size

d Flange Material

e Flange Rating

f Power Supply

g Switch Relay type

h Qty

i Contact Rating

j Cable Entry Single/Double

k Time Delay On & Off

l Fail Safe Setting

m Prob/Electrode material

n Ref. Electrode Material

3 DESIGN DATA

a Fluid

b Pressure (Nor./Max.) kg/cm2g

c Temprature (Nor./Max.) OCd SP. Gravity

e Probe Length

f Ref. Electrode Material

4 SERVICE CONDITION

a Ambient Temp.

C LEVEL TRANSMITTER

1 Type

2 Type for Prob (MOC)

3 Extention pipe

Length:

MOC:

4 Measuring Cell linearity

5 DIAPHRAGM SEAL

6 Measuring Range

7 Accuracy

8 Automatic Temperature Compensation

9 Output signal

10 Voltage Protection

11 Housing MOC


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12 Make

D DO ANALYSER

1 Minimum Measuring range DO Temperature

2 Accuracy DO Temperature

3 Reaction Time

4 Temperature Tolerance

5 Protection Class6 Resolution of Data

7 Probe Type

8 Zero point calibration required/not required

9 Make

Transmitter

10 Display Type

11 Air Compensation (yes/no)

12 Separate Output for Temperature (yes/no)

13 Output Type

14 Housing MOC

15 Voltage Protection

Immersion Armature and Support

16 Depth of immersion (yes/No)

17 Support Type

18 Float Type

E ULTRASONIC FLOW METER

GENERAL

Tag no.

Quantity

Meter Size

Accuracy2 DESIGN DATA

a Fluid

b Pressure (Nor./Max.) kg/cm2g

c Temprature (Nor./Max.) OC

d Flow Rate (Nor/Max) m3/hr

e Velocity m/sec

f Range m3/hr

g SP. Gravity

h Viscosity CP

i Min. Conductivity S/cm

3 MATERIAL

a Body

b Tube

c Electrode

d Liner

e Grounding Ring

4 FLOW TRANSMITTER

a Output Isolated

b Local Display Indicator


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c Power Supply

d Cable Entry

e Location

f Cable (in case of Remote)

g Mounting

5 REMARK

a Area Classificationb Enclosure Protection

c Liner Heating System

d Ambient Temp.

e Relative Humidity

instrumentation data sheets

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